Quality Analyst Interview Questions & Answers

If you have strong analytical and reasoning skills with a passion for technology then a Quality Analyst job is the right choice for you. Wisdomjobs gives you a complete idea about the responsibilities, skill requirements, necessary qualifications and various job opportunities available to a Quality Analyst. As a Quality Analyst you can gain the experience of evaluating the complete development of a product or a project. You can also be involved in investigating and interpreting bugs while also maintaining proper documentation. For a Quality Analyst job interview the questions are expected to be technical as well as analytical, which will test your core skills. Following are a set of Quality Analyst job interview questions and answers which will make you ready for the job.

Quality Analyst Interview Questions And Answers

It is used to explain the materials used to do a test. Testware encompasses artifacts produced in the test process to execute, plan and design texts like expected results, scripts, databases and inputs.

Quality assurance is used to boost customer confidence, the organization’s ability and work efficiency. It is a methodology used in the development of products that make sure a certain level of quality.

Software Testing is a process examining whether the product developed by a developer meets the quality standards. The primary intention of doing software testing is to locate the bugs to fix them.

Quality Assurance (QA) on the hand refers to a systematic way that involves monitoring processes. The processes participate in producing quality products. It tracks the outputs and goes ahead to adjust the operations to meet the desired outcomes.

Finally, Quality Control (QC) is a testing technique that concerns itself with the quality of the product in manufacturing. As a testing tool, it finds defects on products. After finding faults, it offers suggestions on how to eliminate them. It falls under the responsibilities of a tester.

Bug Life Cycle is also referred to as Defect life cycle. It is a software testing cycle where a bug or defect goes through its lifetime.

It consists of several stages:

A tester finds a bug. He or she assigns it with either Open or New status.

The found bug is then assigned to a particular development project coordinator. He or she analyzes the nature of the bug. The manager will determine whether the bug is valid or not. If the defect is not valid, then the project coordinator will reject the bug with the status “Rejected.”

When it is not, the next step is to check whether the scope of the defect is checked. In the case the defect is not part of the current release, then that defect is postponed.

In this stage, the tester evaluates whether a defect similar to the current one had earlier been discovered. If yes, the bug is assigned with a “Duplicate” status.

The bug is now assigned to a developer. It is assigned with a status “In Progress.”

After fixing the code, the bug is assigned with a status “Fixed.”

Last but not least, the tester re-tests the code. If the code passes to what we refer to as test case, the bug is “Closed.” If the test case fails, the defect is re-opened. Once again, it is assigned to the developer until it passes test case.

The Quality Assurance testers are the essential players in testing. They assure quality by monitoring the entire development process. By monitoring, they track the outcomes of the testing process and goes ahead to adjust the process. This when the process is not in line with the intended purpose. Besides the monitoring role, QAs are responsible for overall planning and execution of the process. They also create a timetable and enter into agreements regarding the Quality Assurance plan relating to an individual product. Regarding tracking of test cases, it is one of the roles of testers. The manager or officer in charge may assign other functions to testers.

Automated testing run much faster as compared to manual testing and therefore it is time-saving. Automated testing allows for the exploitation of the automation tool, unlike the manual testing. The re-usability of the automation script is possible with the application of automated testing. There is also frequency in use of the test case in automated testing alongside adaptability of it. The manual testing is not suitable for comparison and for future reference due to extensive manual records to be evaluated.

Automated testing has many benefits. Some of these advantages include increased effectiveness of tests and testing consistency. The re-usability of tests and the reduction of test intervals are recommendable benefits of automated testing. Other benefits include test engineer productivity, reduced maintenance costs and coverage of regression (etc).